Answer:
Benefits of being employed in the education sector include:
1)Being Exposed to Multiple Perspectives: Jobs in education tend to expose employees to a wide variety of perspectives and many different opinions.
2) Stable Schedule: Employees in the education sector can rely on a reliable work schedule with stable hours and little overtime. In the education sector, you do not have to work over time. The timings are exact and flexible along with the weekends off.
Answer:
Since there is not enough room here, I prepared an excel spreadsheet
Explanation:
Answer:
Correct answer is (c). bring civil suits under the Alien Tort Claims Act
Explanation:
Alien mean foreign national.
Alien Tort Claims Act (ATCA), also known as Alien Tort Statute, originated from U.S. under a provision of the Judiciary Act of 1789. The law grant U.S. federal courts original jurisdiction over any civil action brought by an alien for a tort in violation of international law or a U.S. treaty.
A <u>finished Goods</u> account would most likely not appear in a job order cost system of a service business.
Finished Goods are products that are at a stage in the manufacturing process that is readily available to consumers. Businesses use formulas to calculate finished goods and products to create inventory percentages that determine the value of the goods sold.
The cost of the finished product includes all costs along the way and includes the three main components used in the production of the goods: direct labor, direct materials, and overhead costs. In addition, storage costs will be incurred when purchasing finished products.
Learn more about <u>finished Goods </u>here brainly.com/question/13767214
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Answer:
1. Using CAPM, the required return is;
Required return = risk free rate + beta * market risk premium
= 6% + 1.5 * 9%
= 19.5%
2. First find the portfolio beta which is a weighted average of the individual betas;
= (60% * 2.4) + (40% * 0.9)
= 1.8
Now use CAPM
= risk free rate + beta * (Market return - risk free rate)
= 4% + 1.8 * (13% - 4%)
= 20.2%
3.Geometric average can be calculated by;
=( ((1 + r1) * (1 + r2) * (1 + r3)) ^1/n) - 1
= (((1 + 6%) * (1 + 10%) * (1 - 6%)) ^ 1/3) - 1
= (1.09604^1/3) - 1
= 3.1%
